Hsu‐Pin Wang

University at Buffalo, State University of New York

Papers

Total Citations

H-Index

About

Hsu-Pin Wang is a pioneering figure in the fields of manufacturing engineering and computer-integrated design, with a career focused on optimizing machining processes and intelligent manufacturing systems. His most influential work, "A general mathematical model for optimizing NC tool path for face milling of flat convex polygonal surfaces" (1990, 38 citations), introduced a groundbreaking framework that mathematically formalized tool path optimization for numerical control milling. This model addressed the complex interplay of decision parameters in metal removal, enabling more efficient and precise machining of polygonal surfaces—a critical contribution to automated manufacturing. Wang also advanced the integration of artificial intelligence in production through his work "An expert system for design for robotic assembly" (1990, 5 citations), which demonstrated how rule-based systems could streamline assembly design, reducing human error and enhancing robotic efficiency. Though his citation counts reflect a specialized niche, his early adoption of mathematical modeling and expert systems in manufacturing has influenced subsequent research in tool path planning and design for assembly. Wang’s contributions remain foundational for students and researchers exploring the intersection of optimization theory, computer-aided manufacturing, and intelligent automation.